01SFF-8087-side equipment role
Identify the host bus adapter, RAID controller, motherboard or backplane connected to SFF-8087. This establishes the starting point for direction review.
CABLE ASSEMBLY RFQ · DRAWING AND SAMPLE CHECK
EndpointsApplication
Drawing / sample
Mini SAS SFF-8087 to 4 SATA Breakout Cables
Tell us the controller or backplane, required direction, SATA plug angle, branch length and quantity. We check the breakout wiring and legacy-system fit before pricing.
EndpointsApplicationDrawing / sample
REAL RFQ INPUTSConnector, route, length and quantity are checked before quoting
Why review mattersForward and reverse SFF-8087 breakout cables can use the same visible connector combination while serving opposite signal paths. The wrong direction will not be corrected by simply reversing the physical installation.
WHAT THIS PAGE COVERS← View the Mini SAS family
A SFF-8087-to-four-SATA route—without assuming direction
Our catalog includes Mini SAS SFF-8087 to four SATA under references P05-004, P05-005 and P05-009. They do not prove forward or reverse wiring, universal port order, plug angle, data rate, length or platform compatibility.
Product familyMini SAS
Endpoint combinationSFF-8087 → 4 SATA
Catalog referencesP05-004 · P05-005 · P05-009
RFQ basisQuoted for your project
COMPATIBILITY REVIEW
Six inputs that prevent the most common Mini SAS breakout error
Partial information is welcome. Unknown direction, port order or legacy-platform details become explicit review questions before quotation.
0102Forward or reverse breakout
State whether the four SATA connectors lead to target devices or return from individual ports toward an SFF-8087 backplane. Direction is never inferred from appearance.
03Four SATA targets and port order
Identify the four devices or ports, controller numbering and any required lane-to-port relationship supported by platform documentation.
04SFF-8087 and SATA plug forms
Provide mating-interface references, keying, straight or angled SATA plug needs and connector orientation at both ends.
05Trunk length, branch length and routing
Share the SFF-8087 exit, main cable length, four branch lengths, bend path, chassis clearance and drive-bay serviceability constraints.
06Quantity, replacement status and project stage
Tell us whether this is a new design, legacy replacement or existing-cable match, plus prototype quantity and forecast.
COMMON WRONG-PURCHASE RISKS
The same connector combination can serve the opposite direction
A usable assembly must match the controller-to-drive or port-to-backplane architecture, approved port order and physical installation.
Forward and reverse confused
The assembly is wired for the opposite source-to-target relationship and cannot serve the required equipment path.
Controller and backplane roles assumed
The SFF-8087 side is connected to equipment with a different role than the cable wiring expects.
SATA port order ignored
The four branches do not follow controller numbering or the approved device-to-lane relationship.
Plug angle or branch geometry missed
Straight or angled SATA plugs, SFF-8087 exit, branch lengths or bend path conflict with the drive bay or chassis.
DIRECTION FIRSTController or backplaneFour SATA devices or portsForward / reverse evidenceDrawing, photo or sampleGet an SFF-8087 to 4 SATA Quote →
Show what connects to SFF-8087 and each SATA branch
Tell us whether SFF-8087 connects to a controller, motherboard or backplane, then identify all four SATA-side devices or ports. A system manual, controller model, wiring diagram, existing cable label or continuity record can prevent a forward-versus-reverse mismatch.
Controller or backplaneFour SATA devices or portsForward / reverse evidenceDrawing, photo or sampleAFTER YOU SUBMIT
Direction and port-order review before quotation
01
Tell us what you have
Organize SFF-8087 equipment, four SATA targets, quantity and available reference material.
02
Direction and mapping review
Clarify forward or reverse wiring, equipment roles, port order, plug form and branch geometry.
03
Factory coordination
We coordinate the clarified configuration with a suitable factory.
04
Quotation or sample
Align the next step with replacement status, project stage and confirmed evidence.
RELATED FOUR-SATA BREAKOUT FAMILIES
Confirm the actual host connector before switching families
If the platform uses SFF-8643 or SlimSAS SFF-8654 instead of SFF-8087, use the matching product route rather than treating all four-SATA breakouts as interchangeable.
FROM ROUGH INFORMATION TO A QUOTABLE CABLE
Send the drawing, photo, sample label or equipment model. We will check the missing details before quoting.
01Endpoints02Check
03Build route
04QuoteBUYER DECISION GUIDE
Before you request this cable, check these items
This section is for purchasing and engineering teams that have a real project, but may not yet have a complete drawing or final part number.
When this cable is worth quoting
Use this RFQ route when the request calls for Mini SAS SFF-8087 to 4 SATA Breakout Cables, or when the connector combination looks close but the host, target, direction, length or installation space still needs to be confirmed.
Most common wrong order
Forward versus reverse breakout is a major wrong-purchase risk. A connector photo or marketplace title is not enough. The cable must match the equipment path and wiring direction.
Typical use cases
- Storage controller to drive breakout projects
- Server repair or replacement where direction is unclear
- Volume sourcing for systems with defined SATA branch layout
Send these first for a faster quote
- Host equipment and target equipment
- Connector photos, drawing, existing sample or part number
- Required length, quantity and project stage
- Inspection, compliance, labeling or packaging needs
If the specification is unclear
Do not guess the connector family. Send what each end connects to, what the cable must do, and which detail is uncertain. We will reply with the exact items that need checking before quote.
Start with a short message
Email, product/application and a short requirement are enough to open the RFQ. Drawings, photos or samples can be added later.
Request Mini SAS Quote →HOW WE WORK
From your RFQ to a cable ready to ship
One clear OEM/ODM cable project path—from your requirement through engineering, sample approval and production.
01
Send RFQ
Share your cable idea.
02
Engineering Review
Confirm fit and details.
03
Drawing & Quote
Approve scope and price.
04
Prototype
Build and validate samples.
05
Mass Production
Manufacture the approved cable.
06
Inspect & Ship
Check, pack and deliver.
Quick collaboration guideWhat happens on each side
| Stage | You provide | We coordinate | Result |
|---|---|---|---|
| 01 · Start | Application, equipment, connector photo or drawing | Review the requirement and list missing details | Clear RFQ scope |
| 02 · Develop | Answer technical questions and approve the sample | Coordinate drawing, quotation and prototype | Approved cable specification |
| 03 · Deliver | Release PO and confirm shipping information | Manage production, inspection, packing and shipment | Finished goods and documents |